Number of taxa for which each of 8 knowledge shortfalls were identified that limit understanding and assessment of Antarctic terrestrial biodiversity.

See Table A in S1 Text for a definition of each of the 8 shortfalls and Table B in S1 Text that lists the shortfalls identified for each biodiversity taxon individually. The data underlying this figure can be found in S2 Data .

Bibliographic Details
Main Authors: Jasmine R. Lee (14294743), Aleks Terauds (441336), Josie Carwardine (344109), Justine D. Shaw (8748081), Richard A. Fuller (8150196), Hugh P. Possingham (7909718), Steven L. Chown (7518710), Peter Convey (40344), Neil Gilbert (3873112), Kevin A. Hughes (3639802), Ewan McIvor (14294746), Sharon A. Robinson (4335784), Yan Ropert-Coudert (251454), Dana M. Bergstrom (14294749), Elisabeth M. Biersma (8139753), Claire Christian (13958763), Don A. Cowan (6695120), Yves Frenot (500362), Stéphanie Jenouvrier (183054), Lisa Kelley (14294752), Michael J. Lee (7153229), Heather J. Lynch (7450535), Birgit Njåstad (14294755), Antonio Quesada (1680352), Ricardo M. Roura (14294758), E. Ashley Shaw (3591695), Damon Stanwell-Smith (14294761), Megumu Tsujimoto (7996952), Diana H. Wall (8028152), Annick Wilmotte (5558768), Iadine Chadès (182849)
Format: Still Image
Language:unknown
Published: 2022
Subjects:
Online Access:https://doi.org/10.1371/journal.pbio.3001921.g004
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spelling ftunivfreestate:oai:figshare.com:article/21771412 2023-05-15T13:34:55+02:00 Number of taxa for which each of 8 knowledge shortfalls were identified that limit understanding and assessment of Antarctic terrestrial biodiversity. Jasmine R. Lee (14294743) Aleks Terauds (441336) Josie Carwardine (344109) Justine D. Shaw (8748081) Richard A. Fuller (8150196) Hugh P. Possingham (7909718) Steven L. Chown (7518710) Peter Convey (40344) Neil Gilbert (3873112) Kevin A. Hughes (3639802) Ewan McIvor (14294746) Sharon A. Robinson (4335784) Yan Ropert-Coudert (251454) Dana M. Bergstrom (14294749) Elisabeth M. Biersma (8139753) Claire Christian (13958763) Don A. Cowan (6695120) Yves Frenot (500362) Stéphanie Jenouvrier (183054) Lisa Kelley (14294752) Michael J. Lee (7153229) Heather J. Lynch (7450535) Birgit Njåstad (14294755) Antonio Quesada (1680352) Ricardo M. Roura (14294758) E. Ashley Shaw (3591695) Damon Stanwell-Smith (14294761) Megumu Tsujimoto (7996952) Diana H. Wall (8028152) Annick Wilmotte (5558768) Iadine Chadès (182849) 2022-12-22T18:28:44Z https://doi.org/10.1371/journal.pbio.3001921.g004 unknown https://figshare.com/articles/figure/Number_of_taxa_for_which_each_of_8_knowledge_shortfalls_were_identified_that_limit_understanding_and_assessment_of_Antarctic_terrestrial_biodiversity_/21771412 doi:10.1371/journal.pbio.3001921.g004 CC BY 4.0 CC-BY Genetics Ecology Inorganic Chemistry Science Policy Plant Biology Environmental Sciences not elsewhere classified worst 97 %) structured participatory approach new infrastructure projects dry soil nematodes best 37 % beneficial conservation strategy native terrestrial taxa minimise regional threats influencing global policy existing conservation efforts secure antarctic biodiversity threat management priorities regional efforts antarctic taxa antarctic biodiversity simultaneous global pervasive threat vulnerable taxon scale assessments minimising impacts invasive species improved planning human activities estimated present emperor penguins current trajectories could benefit climate change changing world 23 million Image Figure 2022 ftunivfreestate https://doi.org/10.1371/journal.pbio.3001921.g004 2022-12-23T00:16:12Z See Table A in S1 Text for a definition of each of the 8 shortfalls and Table B in S1 Text that lists the shortfalls identified for each biodiversity taxon individually. The data underlying this figure can be found in S2 Data . Still Image Antarc* Antarctic Emperor penguins KovsieScholar Repository (University of the Free State - UFS UV) Antarctic
institution Open Polar
collection KovsieScholar Repository (University of the Free State - UFS UV)
op_collection_id ftunivfreestate
language unknown
topic Genetics
Ecology
Inorganic Chemistry
Science Policy
Plant Biology
Environmental Sciences not elsewhere classified
worst 97 %)
structured participatory approach
new infrastructure projects
dry soil nematodes
best 37 %
beneficial conservation strategy
native terrestrial taxa
minimise regional threats
influencing global policy
existing conservation efforts
secure antarctic biodiversity
threat management priorities
regional efforts
antarctic taxa
antarctic biodiversity
simultaneous global
pervasive threat
vulnerable taxon
scale assessments
minimising impacts
invasive species
improved planning
human activities
estimated present
emperor penguins
current trajectories
could benefit
climate change
changing world
23 million
spellingShingle Genetics
Ecology
Inorganic Chemistry
Science Policy
Plant Biology
Environmental Sciences not elsewhere classified
worst 97 %)
structured participatory approach
new infrastructure projects
dry soil nematodes
best 37 %
beneficial conservation strategy
native terrestrial taxa
minimise regional threats
influencing global policy
existing conservation efforts
secure antarctic biodiversity
threat management priorities
regional efforts
antarctic taxa
antarctic biodiversity
simultaneous global
pervasive threat
vulnerable taxon
scale assessments
minimising impacts
invasive species
improved planning
human activities
estimated present
emperor penguins
current trajectories
could benefit
climate change
changing world
23 million
Jasmine R. Lee (14294743)
Aleks Terauds (441336)
Josie Carwardine (344109)
Justine D. Shaw (8748081)
Richard A. Fuller (8150196)
Hugh P. Possingham (7909718)
Steven L. Chown (7518710)
Peter Convey (40344)
Neil Gilbert (3873112)
Kevin A. Hughes (3639802)
Ewan McIvor (14294746)
Sharon A. Robinson (4335784)
Yan Ropert-Coudert (251454)
Dana M. Bergstrom (14294749)
Elisabeth M. Biersma (8139753)
Claire Christian (13958763)
Don A. Cowan (6695120)
Yves Frenot (500362)
Stéphanie Jenouvrier (183054)
Lisa Kelley (14294752)
Michael J. Lee (7153229)
Heather J. Lynch (7450535)
Birgit Njåstad (14294755)
Antonio Quesada (1680352)
Ricardo M. Roura (14294758)
E. Ashley Shaw (3591695)
Damon Stanwell-Smith (14294761)
Megumu Tsujimoto (7996952)
Diana H. Wall (8028152)
Annick Wilmotte (5558768)
Iadine Chadès (182849)
Number of taxa for which each of 8 knowledge shortfalls were identified that limit understanding and assessment of Antarctic terrestrial biodiversity.
topic_facet Genetics
Ecology
Inorganic Chemistry
Science Policy
Plant Biology
Environmental Sciences not elsewhere classified
worst 97 %)
structured participatory approach
new infrastructure projects
dry soil nematodes
best 37 %
beneficial conservation strategy
native terrestrial taxa
minimise regional threats
influencing global policy
existing conservation efforts
secure antarctic biodiversity
threat management priorities
regional efforts
antarctic taxa
antarctic biodiversity
simultaneous global
pervasive threat
vulnerable taxon
scale assessments
minimising impacts
invasive species
improved planning
human activities
estimated present
emperor penguins
current trajectories
could benefit
climate change
changing world
23 million
description See Table A in S1 Text for a definition of each of the 8 shortfalls and Table B in S1 Text that lists the shortfalls identified for each biodiversity taxon individually. The data underlying this figure can be found in S2 Data .
format Still Image
author Jasmine R. Lee (14294743)
Aleks Terauds (441336)
Josie Carwardine (344109)
Justine D. Shaw (8748081)
Richard A. Fuller (8150196)
Hugh P. Possingham (7909718)
Steven L. Chown (7518710)
Peter Convey (40344)
Neil Gilbert (3873112)
Kevin A. Hughes (3639802)
Ewan McIvor (14294746)
Sharon A. Robinson (4335784)
Yan Ropert-Coudert (251454)
Dana M. Bergstrom (14294749)
Elisabeth M. Biersma (8139753)
Claire Christian (13958763)
Don A. Cowan (6695120)
Yves Frenot (500362)
Stéphanie Jenouvrier (183054)
Lisa Kelley (14294752)
Michael J. Lee (7153229)
Heather J. Lynch (7450535)
Birgit Njåstad (14294755)
Antonio Quesada (1680352)
Ricardo M. Roura (14294758)
E. Ashley Shaw (3591695)
Damon Stanwell-Smith (14294761)
Megumu Tsujimoto (7996952)
Diana H. Wall (8028152)
Annick Wilmotte (5558768)
Iadine Chadès (182849)
author_facet Jasmine R. Lee (14294743)
Aleks Terauds (441336)
Josie Carwardine (344109)
Justine D. Shaw (8748081)
Richard A. Fuller (8150196)
Hugh P. Possingham (7909718)
Steven L. Chown (7518710)
Peter Convey (40344)
Neil Gilbert (3873112)
Kevin A. Hughes (3639802)
Ewan McIvor (14294746)
Sharon A. Robinson (4335784)
Yan Ropert-Coudert (251454)
Dana M. Bergstrom (14294749)
Elisabeth M. Biersma (8139753)
Claire Christian (13958763)
Don A. Cowan (6695120)
Yves Frenot (500362)
Stéphanie Jenouvrier (183054)
Lisa Kelley (14294752)
Michael J. Lee (7153229)
Heather J. Lynch (7450535)
Birgit Njåstad (14294755)
Antonio Quesada (1680352)
Ricardo M. Roura (14294758)
E. Ashley Shaw (3591695)
Damon Stanwell-Smith (14294761)
Megumu Tsujimoto (7996952)
Diana H. Wall (8028152)
Annick Wilmotte (5558768)
Iadine Chadès (182849)
author_sort Jasmine R. Lee (14294743)
title Number of taxa for which each of 8 knowledge shortfalls were identified that limit understanding and assessment of Antarctic terrestrial biodiversity.
title_short Number of taxa for which each of 8 knowledge shortfalls were identified that limit understanding and assessment of Antarctic terrestrial biodiversity.
title_full Number of taxa for which each of 8 knowledge shortfalls were identified that limit understanding and assessment of Antarctic terrestrial biodiversity.
title_fullStr Number of taxa for which each of 8 knowledge shortfalls were identified that limit understanding and assessment of Antarctic terrestrial biodiversity.
title_full_unstemmed Number of taxa for which each of 8 knowledge shortfalls were identified that limit understanding and assessment of Antarctic terrestrial biodiversity.
title_sort number of taxa for which each of 8 knowledge shortfalls were identified that limit understanding and assessment of antarctic terrestrial biodiversity.
publishDate 2022
url https://doi.org/10.1371/journal.pbio.3001921.g004
geographic Antarctic
geographic_facet Antarctic
genre Antarc*
Antarctic
Emperor penguins
genre_facet Antarc*
Antarctic
Emperor penguins
op_relation https://figshare.com/articles/figure/Number_of_taxa_for_which_each_of_8_knowledge_shortfalls_were_identified_that_limit_understanding_and_assessment_of_Antarctic_terrestrial_biodiversity_/21771412
doi:10.1371/journal.pbio.3001921.g004
op_rights CC BY 4.0
op_rightsnorm CC-BY
op_doi https://doi.org/10.1371/journal.pbio.3001921.g004
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